The way in which high hydrostatic pressure in the venule end of a capillary affects the fluid shift. Concept introduction: Capillaries are the very small blood vessels that connect the arteries and venules. Net filtration also known as Starling forces is the cumulative of four forces that govern if the fluid should move out of the capillary and move into the interstitial space or the fluid should move from the interstitial space into the capillary. One of the starling forces is the hydrostatic pressure. The mechanical force where the water pushes against the cell membrane is called as hydrostatic pressure.

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Answer 1

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Chapter 2, Problem 2.4ATA

Summary Introduction

To explain: The way in which high hydrostatic pressure in the venule end of a capillary affects the fluid shift.

Concept introduction: Capillaries are the very small blood vessels that connect the arteries and venules. Net filtration also known as Starling forces is the cumulative of four forces that govern if the fluid should move out of the capillary and move into the interstitial space or the fluid should move from the interstitial space into the capillary. One of the starling forces is the hydrostatic pressure. The mechanical force where the water pushes against the cell membrane is called as hydrostatic pressure.

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Answer 2

Question

Chapter 2, Problem 2.4ATA

Summary Introduction

To explain: The way in which high hydrostatic pressure in the venule end of a capillary affects the fluid shift.

Concept introduction: Capillaries are the very small blood vessels that connect the arteries and venules. Net filtration also known as Starling forces is the cumulative of four forces that govern if the fluid should move out of the capillary and move into the interstitial space or the fluid should move from the interstitial space into the capillary. One of the starling forces is the hydrostatic pressure. The mechanical force where the water pushes against the cell membrane is called as hydrostatic pressure.

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Answer 3

Question

Chapter 2, Problem 2.4ATA

Summary Introduction

To explain: The way in which high hydrostatic pressure in the venule end of a capillary affects the fluid shift.

Concept introduction: Capillaries are the very small blood vessels that connect the arteries and venules. Net filtration also known as Starling forces is the cumulative of four forces that govern if the fluid should move out of the capillary and move into the interstitial space or the fluid should move from the interstitial space into the capillary. One of the starling forces is the hydrostatic pressure. The mechanical force where the water pushes against the cell membrane is called as hydrostatic pressure.

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Answer 4

Question

Chapter 2, Problem 2.4ATA

Summary Introduction

To explain: The way in which high hydrostatic pressure in the venule end of a capillary affects the fluid shift.

Concept introduction: Capillaries are the very small blood vessels that connect the arteries and venules. Net filtration also known as Starling forces is the cumulative of four forces that govern if the fluid should move out of the capillary and move into the interstitial space or the fluid should move from the interstitial space into the capillary. One of the starling forces is the hydrostatic pressure. The mechanical force where the water pushes against the cell membrane is called as hydrostatic pressure.

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Answer 5

Chapter 2, Problem 2.4ATA

Summary Introduction

To explain: The way in which high hydrostatic pressure in the venule end of a capillary affects the fluid shift.

Concept introduction: Capillaries are the very small blood vessels that connect the arteries and venules. Net filtration also known as Starling forces is the cumulative of four forces that govern if the fluid should move out of the capillary and move into the interstitial space or the fluid should move from the interstitial space into the capillary. One of the starling forces is the hydrostatic pressure. The mechanical force where the water pushes against the cell membrane is called as hydrostatic pressure.

Answer 6

Chapter 2, Problem 2.4ATA

Summary Introduction

To explain: The way in which high hydrostatic pressure in the venule end of a capillary affects the fluid shift.

Concept introduction: Capillaries are the very small blood vessels that connect the arteries and venules. Net filtration also known as Starling forces is the cumulative of four forces that govern if the fluid should move out of the capillary and move into the interstitial space or the fluid should move from the interstitial space into the capillary. One of the starling forces is the hydrostatic pressure. The mechanical force where the water pushes against the cell membrane is called as hydrostatic pressure.

Answer 7

Chapter 2, Problem 2.4ATA

Summary Introduction

To explain: The way in which high hydrostatic pressure in the venule end of a capillary affects the fluid shift.

Concept introduction: Capillaries are the very small blood vessels that connect the arteries and venules. Net filtration also known as Starling forces is the cumulative of four forces that govern if the fluid should move out of the capillary and move into the interstitial space or the fluid should move from the interstitial space into the capillary. One of the starling forces is the hydrostatic pressure. The mechanical force where the water pushes against the cell membrane is called as hydrostatic pressure.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 2 - Prob. 1LO Ch. 2 - Prob. 2LO Ch. 2 - Prob. 3LO Ch. 2 - Prob. 4LO Ch. 2 - Prob. 5LO Ch. 2 - Prob. 6LO Ch. 2 - Prob. 7LO Ch. 2 - Prob. 8LO Ch. 2 - Prob. 9LO Ch. 2 - Prob. 10LO

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